Overview

Electrochemical Workstation LMEWP-A200 offers advanced potentiostat/galvanostat tailored for both fundamental and high-level research. Featuring versatile multi-electrode system, it supports wide range of voltammetry techniques, corrosion studies, and battery diagnostics. Integrated with user-friendly CS Studio software ensuring precise control and in-depth analysis. Electrochemical Workstation LMEWP-A200 ideal for multifunctional laboratory workflows demanding reliability, flexibility, and performance.

Features :

Well-functioned software

Comprehensive research platform

High input impedance

Digital signal synthesizer

High-power control

Versatile analysis software

Specifications :

Electrode System	2 to 4 electrode systems
Potential Control Range	±10 V
Current Control Range	±2 A
Compliance Voltage	±21 V
Potential Control Accuracy	0.1% × full range ± 1 mV
Current Control Accuracy	0.1% × full range
Potential Resolution	10 μV, 3 μV
Current Sensitivity	1 pA
Reference Electrode Input Impedance	10¹² Ω, 20 pF
Current Range	2 nA to 2 A (10 ranges)
Scan Rate (CV, LSV)	0.001 mV/s to 10,000 V/s
Pulse Width (CA, CC)	0.0001 to 65,000 seconds
SWV Frequency	0.001 to 100 kHz
Pulse Width (DPV, NPV)	0.0001 to 1,000 seconds
AD Data Acquisition	16-bit @ 1 MHz, 20-bit @ 1 kHz
DA Resolution	16-bit
Setup Time	1 μs
Minimum Potential Increment (CV)	0.075 mV
IMP Frequency Range	10 μHz to 1 MHz
Low-pass Filters	Covers 8 decades
Interface	USB 2.0
Operating System Support	Windows 2000/XP/7/8/10
Stable Polarization	Supported
Transient Polarization	Supported
Chrono Methods	Supported
Voltammetry	Supported (CV, LSV, SCV, SWV, DPV, NPV, DNPV, ACV)
Amperometry	Not Supported
EIS (Electrochemical Impedance Spectroscopy)	Not Supported
Corrosion Testing	Supported
Battery Testing	Supported
Extensions (Logger, Bulk Electrolysis, etc.)	Supported
Net Dimension	36.5 × 30.5 × 16 cm
Gross Dimension	52.5 × 37.5 × 22.5 cm
Net Weight	6.5 kg
Gross Weight	10 kg

Applications :

Electrochemical Workstation LMEWP-A200 is well-suited for academic and industrial labs studying fuel cells, electrosynthesis, corrosion inhibition, and photo-electrochemistry. Ideal for mid- to high-level voltammetry, impedance, and charge-discharge analysis.